A pervasive myth in Australia is that hot weather is the greatest danger to our health. In reality, it’s more likely cold weather will kill you.

For all our concern about the dangers of heatwaves, simple analysis of mortality data suggests the cold months present a much greater health risk. Almost 7% of deaths in Australia from 1988 to 2009 were attributable to cold weather. Less than 1% of deaths were attributable to heat.

Energy Literacy, the general knowledge about energy generation, use, and research, is rather low.  The need for energy literacy is important, however, since many of the decisions concerning economic growth and global stability depend on energy.

Metaphors are an important way to facilitate understanding of new processes.  This metaphor is constructed based on the similarity of a rocket’s and civilization’s  transition from one stable state to another at a higher level accomplished using a limited supply of fuel.  For example, fossil fuels enable the transition from sustainable pre-industrial society to another more advanced sustainable society.  However, to realize this potential, society must transition to a sustainable energy supply since fossil fuels are dwindling. A major question is whether this global transition can be completed at the same time that global development continues to improve lifestyles and economic opportunities.

Across Europe, town and city councils are becoming increasingly interested in energy decentralization, i.e. in producing power closer to where it is consumed, which could reduce energy costs for citizens who already feel their economic backs being broken by political beliefs about alternative energy that doesn't involve nuclear.

Heidelberg is a city in Germany with a long-running energy company that has managed to keep costs lower than centralized schemes. The city-owned company is responsible for managing gas, heating, and the water and sewage systems. They even have a plan to migrate more to renewables in the future.
We power humanity mostly by burning fossil fuels, thereby turning chemical energy into heat that ultimately gets radiated into space. In doing so we achieve some results deemed useful: we cook food, we keep our homes and offices at comfortable temperatures, we watch television, listen to music, take hot showers, generate light during dark hours, and move from A to B and back. 
Today the House Committee on Ways and Means put a likely end to the production tax credit expiration for nuclear energy by approving H.R.5879 - To amend the Internal Revenue Code of 1986 to modify the credit for production from advanced nuclear power facilities. Since new facilities will be public-private partnerships, and public entities can't be taxed, this was creating a lot of confusion and that meant if nothing was done, the incentive for a company to help build an expensive clean energy plant would be gone. 

Using software tools developed by the marketing group Near Zero, which has developed open-source software tools to examine where experts agree and disagree and why, a research group hosted by the Carnegie Institution for Science's Department of Global Ecology has completed the largest expert survey yet of wind energy. 

Whatever happened to energy crops? A decade ago, the UK authorities confidently expected farmers to devote swaths of land to growing the likes of short-rotation willow and poplar and perennial grasses. These were to help feed one of the UK’s promising new renewable power sources – biomass energy, which burns plant materials to produce heat and power.

A new class of high-performing organic molecules inspired by vitamin B2 can safely store electricity from intermittent energy sources like solar and wind power in large batteries.

The high-capacity flow battery uses organic molecules called quinones, which store energy in plants and animals, and a new class of battery electrolyte material. They contend in their study that it is high-performance, non-flammable, non-toxic, non-corrosive, and its low-cost could enable large-scale, inexpensive electricity storage.

Johns Hopkins Bloomberg School of Public Health  graduate student Sara G. Rasmussen, from their Department of Environmental Health Sciences, says that people with asthma who live near bigger or larger numbers of active hydraulic fracturing (fracking) natural gas wells are 1.5 to four times likelier to have asthma attacks than those who live farther away.